Night vision binoculars are devices that can observe targets in low light or no light conditions, using infrared light or low light enhancement technology to convert invisible light into visible images. Night vision binoculars have a wide range of applications in military, hunting, surveillance and other fields, they can help users discover enemy positions, movements and intentions in the dark, thus gaining strategic advantages.
However, not all night vision binoculars are suitable for military operations, some low-quality or low-performance devices may cause users to miss opportunities or fall into danger. Therefore, choosing a pair of military-grade night vision binoculars is very important. So, what kind of night vision binoculars are considered military-grade? Here are some reference criteria:
– Night vision generation: Night vision generation refers to the type and performance of the image intensifier tube (Image Intensifier Tube) used by night vision devices, which affects the clarity, brightness and lifespan of the image. Currently, night vision devices are divided into 1st, 2nd, 3rd and 4th generations, among which 3rd and 4th generations are considered military-grade, they can provide high-quality images and long-term use.
– Magnification: Magnification refers to how many times the night vision device can magnify the target, which affects the observation distance and field of view range. Generally speaking, the higher the magnification, the farther the observation distance, but the smaller the field of view range; vice versa. Depending on different task requirements, users can choose the appropriate magnification.
– Infrared illuminator: Infrared illuminator refers to a device that emits infrared light attached to the night vision device, it can provide additional light sources in complete darkness or extremely low light conditions. Infrared illuminator can enhance image quality and observation distance, but it may also be discovered by enemy parties using similar technology devices.
– Battery life: Battery life refers to how long the night vision device can work continuously without power outlets or replacement batteries. The longer the battery life, the longer the use time, more suitable for long-term or emergency tasks.
– Water resistance: Water resistance refers to whether the night vision device can resist damage caused by water or moisture in rainy or humid environments. The stronger the water resistance, the wider the use scenarios.
In addition to these reference criteria, there are some other factors that need to be considered, such as weight,size, comfort, durability, warranty period, etc.
After choosing a suitable pair of military-grade night vision binoculars, how to use them to discover enemy secrets in the dark? Here are some practical methods:
– Adjust the focus and contrast: Before using the night vision binoculars, you need to adjust the focus and contrast according to the target distance and ambient light to get the best image effect. Generally speaking, the farther the target, the longer the focus; the darker the environment, the higher the contrast.
– Use the infrared illuminator: In complete darkness or extremely low light conditions, you can turn on the infrared illuminator to provide extra light sources. But be careful, the infrared illuminator will also increase the risk of being discovered by enemy parties using similar technology devices, so you need to use it flexibly according to the situation.
– Observe the enemy’s silhouette and movements: In the dark, it is difficult to see the enemy’s details features, but you can judge their identity, position and intention by observing their silhouette and movements. For example, enemies may wear specific uniforms, carry specific weapons, follow specific routes, etc.
– Observe the enemy’s heat sources and reflections: In the dark, enemies may inadvertently expose some heat sources or reflections that can be captured by night vision binoculars. For example, enemies may use torches, flashlights, cell phones and other luminous items; or they may wear glasses, watches and other reflective items.
– Use environmental factors: In the dark, you can use some environmental factors to increase observation effects or reduce discovery risks. For example, you can use natural light sources such as moonlight,starlight, lightning, etc. to improve image brightness; or you can use trees, buildings, terrain and other obstacles to hide your position.
